Q3211550 (Q3211550): Difference between revisions
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(Created claim: summary (P836): The overall objective of the project is to expand the existing laboratory of “Autonomous Hybrid Renewable Energy Systems” in order to achieve three specific objectives: (1) generation of more renewable electricity; (2) Increased renewable hydrogen generation capacity and (3) inclusion of a fast-loading and unloading power source to meet instantaneous demands. The objectives (1) and (2) go together, as the (2) is satisfied with a new electrolyser...) |
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The overall objective of the project is to expand the existing laboratory of “Autonomous Hybrid Renewable Energy Systems” in order to achieve three specific objectives: (1) generation of more renewable electricity; (2) Increased renewable hydrogen generation capacity and (3) inclusion of a fast-loading and unloading power source to meet instantaneous demands. The objectives (1) and (2) go together, as the (2) is satisfied with a new electrolyser for which we need the (1). Thus, since we have about three times the installed photovoltaic power than wind, we have decided to expand it by purchasing a new 20 kW mill (this is part of the equipment of this request). On the other hand, since the current electrolyser is alkaline, we have decided to expand the production of renewable hydrogen with a PEM electrolyser of 2 Nm3/h (it is part of the equipment of this request), not only because it has another technology, but because the PEM electrolyser has advantages over alkaline, mainly in terms of efficiency and direct compression of hydrogen in the production process itself. Finally, the objective (3) arises from the need to have a source capable of generating instant power. This is not possible with the fuel cells or the battery bank at our disposal. This need has led us to bet on a bank of ultra-condensers. (English) | |||||||||||||||
| Property / summary: The overall objective of the project is to expand the existing laboratory of “Autonomous Hybrid Renewable Energy Systems” in order to achieve three specific objectives: (1) generation of more renewable electricity; (2) Increased renewable hydrogen generation capacity and (3) inclusion of a fast-loading and unloading power source to meet instantaneous demands. The objectives (1) and (2) go together, as the (2) is satisfied with a new electrolyser for which we need the (1). Thus, since we have about three times the installed photovoltaic power than wind, we have decided to expand it by purchasing a new 20 kW mill (this is part of the equipment of this request). On the other hand, since the current electrolyser is alkaline, we have decided to expand the production of renewable hydrogen with a PEM electrolyser of 2 Nm3/h (it is part of the equipment of this request), not only because it has another technology, but because the PEM electrolyser has advantages over alkaline, mainly in terms of efficiency and direct compression of hydrogen in the production process itself. Finally, the objective (3) arises from the need to have a source capable of generating instant power. This is not possible with the fuel cells or the battery bank at our disposal. This need has led us to bet on a bank of ultra-condensers. (English) / rank | |||||||||||||||
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| Property / summary: The overall objective of the project is to expand the existing laboratory of “Autonomous Hybrid Renewable Energy Systems” in order to achieve three specific objectives: (1) generation of more renewable electricity; (2) Increased renewable hydrogen generation capacity and (3) inclusion of a fast-loading and unloading power source to meet instantaneous demands. The objectives (1) and (2) go together, as the (2) is satisfied with a new electrolyser for which we need the (1). Thus, since we have about three times the installed photovoltaic power than wind, we have decided to expand it by purchasing a new 20 kW mill (this is part of the equipment of this request). On the other hand, since the current electrolyser is alkaline, we have decided to expand the production of renewable hydrogen with a PEM electrolyser of 2 Nm3/h (it is part of the equipment of this request), not only because it has another technology, but because the PEM electrolyser has advantages over alkaline, mainly in terms of efficiency and direct compression of hydrogen in the production process itself. Finally, the objective (3) arises from the need to have a source capable of generating instant power. This is not possible with the fuel cells or the battery bank at our disposal. This need has led us to bet on a bank of ultra-condensers. (English) / qualifier | |||||||||||||||
point in time: 14 October 2021
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Revision as of 08:45, 14 October 2021
Project Q3211550 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | No label defined |
Project Q3211550 in Spain |
Statements
353,854.4 Euro
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442,318.0 Euro
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80.0 percent
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1 January 2016
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31 December 2018
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UNIVERSIDAD DE HUELVA
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37°13'39.97"N, 6°53'35.63"W
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21055
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El objetivo general del proyecto es ampliar el laboratorio actual de "Sistemas híbridos autónomos de energía renovable" con objeto de conseguir 3 objetivos específicos: (1) generación de más energía eléctrica renovable; (2) aumento de la capacidad de generación de hidrógeno renovable y (3) inclusión de una fuente de potencia de rápida carga y descarga para satisfacer demandas instantáneas. Los objetivos (1) y (2) van unidos, ya que el (2) se satisface con un nuevo electrolizador para cuya alimentación necesitamos el (1). Así, puesto que disponemos de aproximadamente el triple de potencia fotovoltaica instalada que eólica, hemos decidido ampliar ésta mediante la adquisición de un nuevo molino de 20 kW (es parte del equipamiento de esta solicitud). Por otro lado, puesto que el electrolizador actual es alcalino, hemos decidido ampliar la producción de hidrógeno renovable con un electrolizador PEM de 2 Nm3/h (es parte del equipamiento de esta solicitud), no solo por disponer de otra tecnología, sino porque el electrolizador PEM tiene ventajas respecto al alcalino, fundamentalmente en lo que se refiere a eficiencia y compresión directa de hidrógeno en el propio proceso de producción. Por último el objetivo (3) surge de la necesidad de disponer de una fuente capaz de generar potencia instantánea. Esto no es posible con las pilas de combustible ni tampoco con el banco de baterías de que disponemos. Esta necesidad nos ha llevado a apostar por un banco de ultracondensadores. (Spanish)
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The overall objective of the project is to expand the existing laboratory of “Autonomous Hybrid Renewable Energy Systems” in order to achieve three specific objectives: (1) generation of more renewable electricity; (2) Increased renewable hydrogen generation capacity and (3) inclusion of a fast-loading and unloading power source to meet instantaneous demands. The objectives (1) and (2) go together, as the (2) is satisfied with a new electrolyser for which we need the (1). Thus, since we have about three times the installed photovoltaic power than wind, we have decided to expand it by purchasing a new 20 kW mill (this is part of the equipment of this request). On the other hand, since the current electrolyser is alkaline, we have decided to expand the production of renewable hydrogen with a PEM electrolyser of 2 Nm3/h (it is part of the equipment of this request), not only because it has another technology, but because the PEM electrolyser has advantages over alkaline, mainly in terms of efficiency and direct compression of hydrogen in the production process itself. Finally, the objective (3) arises from the need to have a source capable of generating instant power. This is not possible with the fuel cells or the battery bank at our disposal. This need has led us to bet on a bank of ultra-condensers. (English)
14 October 2021
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Palos de la Frontera
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Identifiers
UNHU15-CE-3264
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